Windows 10 Terminal Server

NVMe SSD, full root access, dedicated IPv4, and up to 1 Gbps. Choose a plan and deploy in minutes.

Dedicated IPv4
Up to 1 Gbps Network
Full Root Access
IPv6 Support
NVMe Disk
30 Days Money-Back

Choose Location

MD
MD Online
Ping:
NL
NL Online
Ping:
SE
SE Online
Ping:
BG
BG Online
Ping:
CH
CH Online
Ping:
FR
FR Online
Ping:
EN
EN Online
Ping:
RO
RO Online
Ping:
US
US Online
Ping:

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • Shared 100 Mbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • 100 Мбит/с

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 Go NVMe
  • 100 Мбит/с

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • Shared 100 Mbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 Go NVMe
  • Shared 1 Gbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • Shared 100 Mbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • Shared 100 Mbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • Shared 100 Mbps

P1

  • 1 vCores
  • DDR4 2 GB
  • 20 GB NVMe
  • Shared 1 Gbps

P1

  • 1 vCores
  • DDR4 2 GB
  • 20 GB NVMe
  • Shared 1 Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 100 Mbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 100 Mbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • 1 Гбит/с

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1 Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1 Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1 Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1 Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1 Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1 Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1 Gbps

P2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1 Gbps

P2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1 Gbps

R1

  • 2 vCores
  • DDR5 1.5 GB
  • 30GB NVMe
  • Shared 1Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 100 Mbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 100 Mbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1 Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1 Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1 Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1 Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1 Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1 Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1 Gbps

R2

  • 4 vCores
  • DDR5 2 GB
  • 50GB NVMe
  • Shared 1Gbps

P4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

P4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

P6

  • 6 vCores
  • DDR4 12 GB
  • 120 GB NVMe
  • Shared 1 Gbps

P6

  • 6 vCores
  • DDR4 12 GB
  • 120 GB NVMe
  • Shared 1 Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 100 Mbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1 Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1 Gbps

R3

  • 4 vCores
  • DDR5 4 GB
  • 80GB NVMe
  • Shared 1Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 100 Mbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1 Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1 Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1 Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1 Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1 Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1 Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1 Gbps

P8

  • 8 vCores
  • DDR4 16 GB
  • 160 GB NVMe
  • Shared 1 Gbps

P8

  • 8 vCores
  • DDR4 16 GB
  • 160 GB NVMe
  • Shared 1 Gbps

R4

  • 6 vCores
  • DDR5 8 GB
  • 150GB NVMe
  • Shared 1Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 100 Mbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1 Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1 Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1 Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1 Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1 Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1 Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1 Gbps

P12

  • 12 vCores
  • DDR4 24 GB
  • 240 GB NVMe
  • Shared 1 Gbps

P12

  • 12 vCores
  • DDR4 24 GB
  • 240 GB NVMe
  • Shared 1 Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 100 Mbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1 Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1 Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1 Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1 Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1 Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1 Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1 Gbps

R5

  • 8 vCores
  • DDR5 12 GB
  • 200GB NVMe
  • Shared 1Gbps

P16

  • 16 vCores
  • DDR4 32 GB
  • 320 GB NVMe
  • Shared 1 Gbps

P16

  • 16 vCores
  • DDR4 32 GB
  • 320 GB NVMe
  • Shared 1 Gbps

R6

  • 10 vCores
  • DDR5 16 GB
  • 300GB NVMe
  • Shared 1Gbps

Terminal Windows 10 server

The Windows 10 Terminal Server is a valuable feature of the modern Windows 10 operating system, designed to facilitate remote connections for users. It enables individuals to connect to a remote server and perform various tasks while running applications seamlessly. This functionality is particularly advantageous for enterprises seeking to grant access to data and web applications for their employees, within the company’s local network or via the Internet. Furthermore, businesses often deploy this server solution to create a centralized platform for accessing data and web applications, enhancing the overall efficiency of remote work environments.

At AlexHost, our Windows 10 Terminal Server takes remote working to the next level by providing users with a dedicated environment and a versatile infrastructure. This tailored setup ensures that remote work is not only efficient but also secure, making it an ideal choice for businesses looking to optimize their operations in an increasingly digital world.

 

What is RDP server?

RDP server, offered by AlexHost, utilizes the Remote Desktop Protocol, a proprietary technology developed by Microsoft. This protocol serves as a powerful tool for establishing remote connections to PCs or servers across a network. With the RDP server, clients gain the ability to seamlessly control a remote PC, essentially replicating the experience of being physically present at the machine. In essence, RDP is a cutting-edge technology that simplifies the process of granting remote access to your desktop.

In summary, an RDP terminal server is a specialized server configuration with an integrated RDP server component. It enables remote connections using an RDP client application, facilitating efficient work with remote servers or PCs. AlexHost’s RDP server leverages this technology to provide a secure and reliable solution for remote access, ensuring that you can manage your systems with ease, regardless of your location.

 

Key characteristics of terminal Windows 10 server

The Windows 10 Terminal Server, supported by AlexHost, boasts several key features:

  • Remote Access. Clients can establish remote connections to the server from PCs, smartphones, or tablets via the Internet, utilizing the Remote Desktop Protocol (RDP).
  • Isolated Environments. Each user benefits from a dedicated virtual desktop and environment, ensuring that their data and applications remain isolated from other users, enhancing security and privacy.
  • Multi-User Mode. The terminal server’s functionality enables concurrent services for multiple users, allowing shared access to server resources and web applications, promoting collaboration and efficiency.
  • Centralized Management. Designated administrators gain centralized control over server resources, user accounts, and security measures, streamlining system management and maintenance.
  • Enhanced Security. Robust security measures, including data encryption and authorization options, are in place to safeguard both data and the server itself, ensuring the highest level of protection.
  • Web Application Support. The RDP terminal server functionality empowers users to launch and access web applications that are installed on the server, making these applications readily available to remote users.

 

What opportunities are provided by administrating and managing terminal server Windows 10?

Administering a Windows 10 terminal server with the skilled AlexHost team support introduces a range of new opportunities for security, configuration, control, and resource management in addition to remote connections. The list of possibilities includes:

  • Resource Management and Monitoring. Administrators gain control over server resource consumption, performance monitoring, and settings optimization for efficient operation.
  • Individual User and Group Management. Configuration of user access and permissions to interact with specific applications and server information is facilitated by administrators.
  • Security Configuration Options. Administering a Windows 10 terminal server allows personalized configuration of protection and security levels to safeguard data and prevent unauthorized access.
  • Remote Administration. Designated administrators can remotely manage the server, initiate updates, perform maintenance, and configure settings without physical proximity to the server equipment.
  • Connection and Session Management. Administrators comfortably manage active user sessions, monitor connections, and set parameters for server connections.
  • Flexibility and Scalability. Windows 10 Terminal Server provides scalability, allowing for the connection of more users and resources.

AlexHost’s Windows 10 Terminal Server Administration offers robust tools for effectively managing and monitoring all facets of the server. This ensures enhanced security, optimized performance, and flexibility for both users and administrators.

FAQ

Ready to go beyond? Start today with our beneficial products

Fast setup. No long-term contracts

Get Started